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Joseph S. Kass

The practice of neurology presents a series of ethical challenges for the clinician. Theserarely have simple or straightforward solutions, but require careful consideration by theneurologist. This section of , written by colleagues with particular interest in the area of bioethics, provides a case vignette that raises one or more ethical questionsrelated to the subject area of this issue. The discussion that follows should help the readerunderstand and resolve the ethical dilemma.
NOTE: The following scenario is hypothetical.
A 27-year-old woman has been treated by her neurologist for the past 5 years for migrainewith aura. She has experienced migraine with aura since age 15. Prior to seeing theneurologist, she had six to eight migraines per month, each lasting 12 to 48 hours withvisual aura, nausea, vomiting, photophobia, and phonophobia. They were disabling, as shemissed many days of school and work. Her neurologist prescribed several prophylactictherapies, which were all discontinued due to either unfavorable side effects or lack ofefficacy. However, divalproex sodium extended-release 1500 mg every night has beeneffective. Her migraine frequency has been 2 to 3 times per month for 2 years. She has had no side effects except for a very mild tremor, which she tolerates. She uses sumatriptan20 mg nasal spray, which aborts her headaches if she takes it at onset of the aura.
At a routine visit with her neurologist, the patient discloses that she and her husband want to start a family. Her neurologist counsels her to stop the divalproex before attemptingpregnancy because of the known risk of developmental anomalies with divalproex. Onceshe is pregnant, he will prescribe antiemetics and low-potency narcotics for the migrainesinstead of sumatriptan. She agrees to this plan but returns in 2 months because hermigraine frequency has increased significantly and she is missing work again. She wants to restart the divalproex because she is at risk of losing her job (and thus her medicalinsurance). She also discloses that she is 6 weeks pregnant and intends to carry her fetus to term. She says she is willing to accept the risks associated with the divalproex in order toreduce her migraine frequency. The neurologist feels uncomfortable with her choicebecause of the risk of fetal malformations, but he is also sympathetic to her plight.
Moreover, the neurologist is troubled by the following ethical quandaries: (1) Should he concern himself only with the well-being of his pregnant patient, or should he consider that her fetus is also his patient? (2) How should he counsel her about the use of a potentially teratogenic medication during pregnancy? Is it ethical for him to express his opinion that he thinks herchoice is wrong? (3) How should he balance the benefits of the treatment to a pregnant patient against Relationship Disclosure: Dr Kass has nothing to disclose. Unlabeled Use of Products / Investigational Use Disclosure: Dr Kass has nothing to disclose.
Continuum Lifelong Learning Neurol 2009;15(2):187–190.
Copyright 2009, American Academy of Neurology. All rights reserved.
Copyright @ American Academy of Neurology. Unauthorized reproduction of this article is prohibited.
The principle of beneficence grounds the physician’s obligation to protect and promotehealth-related interests over harms. The principle of respect for autonomy means thatphysicians ought to abide by the decisions of patients, even if the physician considersthe decision unwise. In making their decisions, patients may, and often do, take intoaccount factors other than medical considerations, such as religious beliefs, socioeconomicexigencies, and perspectives on reproductive choice. Respect for patient autonomy, asoperationalized through the informed-consent process, obligates physicians to presentpatients with the existing range of valid therapeutic options and to implement thepatient’s ultimate choice.
Although conflicts may arise between a physician’s view of beneficence and a patient’sautonomous choice, the fact of a pregnancy complicates this conflict. Ethical discussionsabout medical decisions affecting a pregnant woman and her fetus are often entangledin the discussion about the timing of “fetal personhood” and the abortion debate.
Chervenak and McCullough (1997) have written extensively on this issue and havecreated a paradigm for discussing ethical conflicts during pregnancy that obviates adiscussion about fetal personhood and the divisive concept of a “right to life.” As is the case with infants and children, a fetus is not neurodevelopmentally advanced enough to express opinions and beliefs. Physicians therefore have no autonomy-based obligations to the fetus. However, just as physicians have an ethicalobligation to consider the health-related interests of the pregnant woman, so too dothey have an ethical obligation to consider the health-related interests of the fetus.
These obligations are based on beneficence and nonmaleficence. In a previable pregnancy being taken to viability and on to term, the fetus is a patient as a result ofthe pregnant woman’s decision to continue her pregnancy and present herself forongoing care. Thus a beneficence-based obligation exists to prevent risk of exposure tothe fetus. When it is ethically justified to risk such exposure, the standards of informed consent apply, which include explaining the clinical judgment about the risk-benefit balancing and ensuring that the pregnant woman understands and accepts the risk to thefetus. Since a fetus deserves the same beneficence considerations as the pregnantwoman, the risks and benefits to both the pregnant patient and the fetal patient mustbe explained. Application of this framework to neurologic therapeutic interventions during pregnancy will fall into one of the following three risk-benefit paradigms.
(1) The therapy is clearly beneficial to the woman and poses no real danger to the fetus. In this low-risk scenario, the effect of the treatment on the fetus is irrelevant because the risk of treatment to the fetus is negligible. Thus, in themigraine case presented, using low-potency narcotics and sedating antiemeticsfor migraine attacks would be acceptable without ethical quandary (Fox et al,2005; Goadsby et al, 2008; Loder, 2007; Silberstein, 2005). (2) The treatment is clearly beneficial to the woman but may cause harm to the fetus. Under this circumstance, the nature of the mother’s illness is critical todefining the relative benefits and risks of treatment. Chemotherapy for canceror for a rapidly progressive and potentially fatal autoimmune condition such asprimary angiitis of the CNS are clear examples in which high-toxicity agents Continuum Lifelong Learning Neurol 2009;15(2) Copyright @ American Academy of Neurology. Unauthorized reproduction of this article is prohibited.
may be required to treat the mother, although the fetus could be harmed. TheUnited States Food and Drug Administration classifies these high-toxicityagents as Category D Pregnancy. These agents have evidence of human fetalrisk, but the benefits from use in pregnant women may be acceptable despitethe risk (eg, if the drug is needed in a life-threatening situation or for a seriousdisease for which safer drugs cannot be used or are ineffective). A scenariofamiliar to most neurologists is the pregnant patient with epilepsy. Seizures arepotentially harmful to both mother and fetus, and the harm of uncontrolledseizures must be weighed against the potential toxicity and teratogenicity of themedications used to control the seizures. (3) The treatment is clearly beneficial to the woman; the disease is not associated with high morbidity or mortality risk to the woman, but treatment may causeharm to the fetus. Migraines are usually not thought to accrue the same degreeof risk of harm to the mother as seizures and are usually of little detriment tothe fetus. Use of divalproex sodium during pregnancy for migraine prophylaxis,especially during neural tube development in the first trimester, would seemparticularly problematic from a nonmaleficence-based perspective. However, asin the case presented, migraine can cause chronic disability, which must betaken into account in the risk-benefit analysis.
Thus, the neurologist should take into account the impact of migraine on the woman’s quality of life. If she has occasional migraines that can be managednonpharmacologically or with low-risk medications, then there is a favorablebenefit-to-risk ratio and no ethical dilemma. However, if the migraines areincapacitating and put her at risk of complications such as dehydration, thenthe beneficence balance shifts and greater risk may be ethically accepted inorder to attain benefit. Additionally, Category D medications that normally arenot used during pregnancy may be considered as reasonable alternatives.
Respect for the pregnant woman’s autonomy dictates that she be allowed to make informed decisions about her health care even when her physician believes that she ismaking a “bad” choice for herself and her fetus. The neurologist is obligated to counselthe pregnant woman about the risks to the fetus in any informed-consent discussionand document the discussion in detail in the chart. Furthermore, the neurologist shouldconsult with the patient’s obstetrician, who is more likely to have experience handling therapeutic dilemmas of this type in pregnancy. What then is the ethically permissible course of action in this hypothetical case? (1) If the neurologist believes the risk of teratogenicity to the fetus from divalproex is too great, he may strongly recommend that the divalproex not be used at all, or, since the risk of neural tube defects is highest in the first trimester, that the use of divalproex be delayed until the second trimesteror later. Safer alternatives to divalproex should be offered, such as opioids,simple analgesics, and sedating antiemetics (Fox et al, 2005; Goadsby et al,2008; Loder, 2007; Silberstein, 2005).
(2) The natural history of migraine is that its frequency diminishes significantly during the second and third trimesters (Fox et al, 2005; Goadsby et al, 2008;Loder, 2007; Silberstein, 2005). Therefore, one could suggest to the patient todefer prophylactic treatment and try to tolerate the migraines for the firsttrimester while hoping that they will diminish subsequently.
(3) If prophylaxis is still warranted, then a medication with a lower teratogenicity risk, such as propranolol, should be considered (Fox et al, 2005; Loder, 2007).
Continuum Lifelong Learning Neurol 2009;15(2) Copyright @ American Academy of Neurology. Unauthorized reproduction of this article is prohibited.
There is no obligation to eliminate risk to the fetus, as lack of risk cannot be guaranteed; however, the risk to the fetus should be minimized, and the benefit to thepregnant patient should be significant. Thus, if divalproex is the only option that allowsthe pregnant woman to continue her pregnancy in good health, the beneficence calculus shifts considerably.
A final important consideration is the legal implications of using a high-risk medication for migraine prophylaxis during pregnancy. The informed-consentprocess must be explicit and well documented. The neurologist must take extra careto use language the patient can understand and should explain, for example, thenature of a neural tube defect and its implications for the child and parents alike. Agood method for demonstrating understanding is the teach-back method, in whichthe patient is asked to explain her understanding in her own words. All reasonableoptions with their attendant risks and benefits must be described and chartedappropriately. If the patient’s medical situation is grave enough that an effectivemedication that carries fetal risk is warranted, and if the patient accepts the risksafter a detailed, well-documented, informed-consent process, the physicians havetaken appropriate risk management steps.
Chervenak FA, McCullough LB. Ethics in obstetrics and gynecology: an overview. Eur J Obstet GynecolReprod Biol 1997;75(1):91–94. Chervenak FA, McCullough LB, Knapp RC, et al. A clinically comprehensive ethical framework for offeringand recommending cancer treatment before and during pregnancy. Cancer 2004;100(2):215–222. Fox AW, Diamond ML, Spierings E. Migraine during pregnancy: options for therapy. CNS Drugs2005;19(6):465–481.
Goadsby PJ, Goldberg J, Silberstein SD. Migraine in pregnancy. BMJ 2008;336(7659):1502–1504.
Loder E. Migraine in pregnancy. Semin Neurol 2007;27(5):425–433.
McCullough LB, Coverdale JH, Chervenak FA. Preventive ethics for including women of childbearingpotential in clinical trials. Amer J Obstet Gynocol 2006;194(5):1227–1227.
Silberstein SD. Headaches in pregnancy. J Headache Pain 2005;6(4):172–174.
Continuum Lifelong Learning Neurol 2009;15(2) Copyright @ American Academy of Neurology. Unauthorized reproduction of this article is prohibited.

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